Multimedia management system and method of displaying remotely hosted content

ABSTRACT

A multimedia management system includes a multimedia device and a backend server. The multimedia device includes a memory programmed with a mobile application, a processor module, a wireless communication module configured to communicate over a wireless communication link, and a first multimedia device configured to capture a first video or image and a second video or image and store it as first multimedia content and second multimedia content. The mobile application is configured to transmit the first and second multimedia content over the wireless communication link via the wireless communication module. The backend server is communicably coupled to the multimedia device via the wireless communications link and configured to execute a persistent internet accessible request protocol for receiving, updating, and storing transmitted videos. The multimedia management system is useful for hosting and remotely managing multimedia content.

CROSS-REFERENCE TO RELATED APPLICATION(S)

The present application is a Continuation-in-Part and is related to andclaims priority to pending U.S. patent application Ser. No. 13/862,007filed Apr. 12, 2013, which is incorporated by reference herein in itsentirety.

BACKGROUND

The following includes information that may be useful in understandingthe present disclosure. It is not an admission that any of theinformation provided herein is prior art nor material to the presentlydescribed or claimed invention, nor that any publication or documentthat is specifically or implicitly referenced is prior art.

TECHNICAL FIELD

The present disclosure relates generally to the field of computerprogramming of existing art and more specifically relates to multimediahosting services.

RELATED ART

Many individuals use the internet to access information and forcommunication. An internet hosting service is a service that runsinternet servers, allowing organizations and individuals to servecontent to the internet. There are various levels of service and variouskinds of services offered. A common kind of hosting is web hosting. Mosthosting providers offer a combination of services; e-mail hosting, forexample. DNS hosting service is usually bundled with domain nameregistration. Generic kinds of internet hosting provide a server wherethe clients can run anything they want (including web servers and otherservers) and have internet connections with good upstream bandwidth.Internet providers may provide capability for video hosting. Managing ofmultimedia content may be difficult with present solutions.

SUMMARY OF THE DISCLOSURE

In view of the foregoing disadvantages inherent in the known computerprogramming art, the present disclosure provides a multimedia managementsystem and method. The general purpose of the present disclosure, whichwill be described subsequently in greater detail, is to provide a systemincluding a multimedia device, mobile application, multimedia device,and backend server that is useful for hosting and remotely managingmultimedia content.

Many people use the internet as previously mentioned. Internet providersmay provide capability for video hosting. It is desirable to provide aninternet accessible website providing a computer script that whenincorporated into a webpage retrieves and displays a subscriber'sremotely hosted video clip/digital image which can be selectivelyupdated with a new video clip/digital image without changing theprovided computer script.

It is further desirable for the internet accessible website to providethe subscriber with a downloadable mobile app whereby the subscriber candownload the mobile app to a user provided mobile device enabling thesubscriber using the mobile device to upload a video clip/digital imagefrom the mobile device to their remotely hosted video clip/digital imageaccount supplanting any previously loaded digital data thereby providinginternet businesses with means for daily dynamic webpage imaging, suchas restaurants: specials, breakfast, lunch, and dinner video/image data.

A multimedia management system is disclosed herein. The multimediamanagement system includes a multimedia device and a backend server. Themultimedia device may include communicably coupled together a memoryprogrammed with a computer application, a processor module configured toexecute said computer application, a wireless communication moduleconfigured to communicate over a wireless communication link, and amedia capture device configured to capture a first video and a secondvideo, the mobile application configured to transmit the first video andthe second video over the wireless communication link via the wirelesscommunication module.

The backend server may be communicably coupled to the multimedia devicevia the wireless communications link and further configured to execute apersistent internet accessible request protocol, said persistentinternet accessible request protocol configured to communicate a storedvideo to a remote media device over an internet connection and inresponse to a video/image request. The backend server may also beconfigured to receive the first video and to store the first video asthe stored video. Further still, the backend server may additionally beconfigured to receive the second video, to store the second video as thestored video, replacing the first video with the second video.

According to an embodiment, a method of providing video/image contentacross a plurality of platforms is also disclosed herein. The method ofproviding video/image content across a plurality of platforms includesinserting a call into a remote media device, the call configured toinitiate a video/image request to a persistent internet accessiblerequest protocol executable on a backend server; communicating the firstvideo/image to the backend server via a wireless communication link;storing the first video/image in the backend server as a storedvideo/image content; making the video/image request for the storedvideo/image content to the backend server by selecting the call insertedin the remote media device; receiving and playing the first video/imageas the stored video/image content, by the remote media device; capturinga second video/image, and communicating the second video/image to thebackend server; storing the second video/image in the backend server asthe stored video/image content, replacing the first video/image; makingthe video/image request for the stored video/image to the backend serverby selecting the call inserted in the remote media device; and receivingand playing the second video/image, by the remote media device inresponse to the video/image request.

For purposes of summarizing the disclosure, certain aspects, advantages,and novel features of the disclosure have been described herein. It isto be understood that not necessarily all such advantages may beachieved in accordance with any one particular embodiment of thedisclosure. Thus, the disclosed systems and methods may be embodied orcarried out in a manner that achieves or optimizes one advantage orgroup of advantages as taught herein without necessarily achieving otheradvantages as may be taught or suggested herein.

BRIEF DESCRIPTION OF THE DRAWINGS

The figures which accompany the written portion of this specificationillustrate embodiments and methods of use for the present disclosure, amultimedia management system, constructed and operative according to theteachings of the present disclosure.

FIG. 1 is a schematic diagram of the multimedia management systemshowing the interaction of components included in the system, accordingto some embodiments of the disclosure.

FIG. 2 is a flow diagram illustrating a method of providing videocontent across a plurality of platforms, according to some embodimentsof the present disclosure.

FIG. 3 is a flow diagram illustrating a method of providing video/imagecontent according to some embodiments of the present disclosure.

The various embodiments of the disclosed systems and methods willhereinafter be described in conjunction with the appended drawings,wherein like designations denote like elements.

DETAILED DESCRIPTION

As discussed above, embodiments of the present disclosure relate tocomputer programming and more particularly to a multimedia managementsystem as used to improve the hosting, distribution and remotemanagement of multimedia content.

Generally, the disclosed system and methods may be used to allowwebsites incorporating video clips or digital images by using a dynamicmethod of displaying new website content through hosting of imagecontent data, performed only once incorporating into a subscriber'swebsite the resource locator code for the subscriber's hosted imagecontent data, downloading an image content data app to a subscriberprovided mobile device with the app forming subscriber graphical userinterface (GUI) for managing and editing their image content datawhenever desired with the new image content data file overlaying the oldtherein enabling the website with dynamic imaging that doesn't requirewebsite change to effect display of subscriber's new image content data.

The disclosed systems and methods may be used to provide hosting forsubscriber image content data having image content data storage with aresource identifier code that is incorporated only once into a portionof a website of the subscriber enabling remote access to subscriber'shosted image content data.

An object of some embodiments of the disclosed methods and systems is toprovide hosting for subscriber image content data storage anddownloadable app providing subscriber (GUI) for accessing and modifyingtheir hosted image content data storage with new content using theirmobile device.

An object of some embodiments of the disclosed methods and systems is toprovide a method for generating dynamic imaging for a portion of auser's website whereby the internet accessible hosting website furtherprovides subscriber account access through passcode and GUI forsubscriber data management.

An object of some embodiments of the disclosed methods and systems is toprovide hosting for a method for generating dynamic imaging for aportion of a user's website wherein the internet accessible hostingwebsite provides an electronic transmission to a subscriber of thesubscriber's resource locator code that is to be added into thesubscriber's website for all future remote retrieval of the subscriber'simage content data from the subscriber's image content data storage.

An object of some embodiments of the disclosed methods and systems is toprovide a method for generating dynamic imaging for a portion of auser's website where the image content data is user provided that can beoverlaid with new subscriber content through the mobile device app GUIas desired by the subscriber.

An object of some embodiments of the disclosed methods and systems is toprovide a method for generating dynamic imaging for a portion of auser's website wherein the image content data is a digital image, photo,video clip, or similar content.

An object of some embodiments of the disclosed methods and systems is toprovide a method for generating dynamic imaging for a portion of auser's website wherein said user provided mobile device is a camera,smartphone, cell phone, computer, portable computer, tablet computer orsimilar devices enabled both with a camera and an internet connection.

An object of some embodiments of the disclosed methods and systems is toprovide a method for generating dynamic imaging for a portion of auser's website, the method may include providing an image content datastorage having a plurality of image content data files where thendownloading and installing the hosting provider's app into asubscriber's provided mobile device provides GUI means for subscribercontent data storage management, whereby the subscriber can upload aplurality of image content data files to their hosted image content datastorage with GUI means for displaying one or more image data fileswhenever desired therein enabling the website with dynamic imaging thatdoesn't require website change to effect display of subscriber new imagecontent data.

An object of some embodiments of the disclosed methods and systems is toprovide a method for generating dynamic imaging for a portion of auser's website where the internet accessible hosting website furtherprovides for electronic transmission to a subscriber of the subscriber'sresource locator code and optionally a script that is to be embeddedinto the subscriber's website for all future remote retrieval of thesubscriber's image content data from the subscriber's image content datastorage for retrieving and displaying a plurality of image control datafiles.

An object of some embodiments of the disclosed methods and systems is toprovide a method for generating dynamic imaging for a portion of auser's website where the image content data is user provided anduploaded to the subscriber's image content library whereby thesubscriber can delete, edit and queue one or more image content datafiles within the subscriber's image content storage library.

Objects of some embodiments of the disclosed methods and systems mayappear as the description proceeds. Some embodiments of the disclosedmethods and systems overcome the shortcomings of the prior art byproviding a system and method of generating dynamic website imaging forusers having websites incorporating website hardcoded video clip ordigital image links, are provided a dynamic method of displaying newwebsite content through hosting of image content data, performing onlyonce, incorporating into a subscriber's website the resource locatorcode for the subscriber's hosted image content data, downloading animage content data app to a subscriber provided mobile device with theapp forming subscriber GUI for managing and editing their multimediacontent data.

Some embodiments of the disclosed methods and systems may be configuredto include an application programming interface (API) for integratingand facilitating elements of the multimedia management system with otherdigital content platforms. Parts of the API may include methods orprotocol for seamlessly adapting and distributing select digital contentto a plurality of platforms across multiple platforms or directoriesfrom a control channel. This control channel may be configured in themultimedia management system as a login and password portal within thesystem as an element of the mobile application or backend server. Thismay provide a basis for expanding the scope and functionality of themultimedia management system as digital content platforms and channelscontinue to evolve.

Some digital content captured for distribution through the multimediamanagement system may be limited in size. This maximum size may beconfigured directly through the included backend server as apredetermined timeframe that shared video content is permitted to run.Other embodiments of this system may include upgradable accounts orservice packages that allow a user to extend this predeterminedtimeframe (as regulated by the backend server) in order to shareadditional digital content (including videos, audio files, images,photos, renderings, and the like) that exceeds the initial predeterminedtimeframe established through the system.

An object of some embodiments of the disclosed methods and systems maybe to provide a system and method for allowing shared digital content tobe integrated with or interact with multimedia items not stored on thebackend server. Such interactions may occur when video/image requestsare made from outside remote media devices that may be directed to othermultimedia content related to the shared digital content provided by auser. Yet another example may occur when a user on a differing media ornetwork platform makes a content request that is filtered and integratedwith digital content metadata outside of the multimedia managementsystem. This filtered content request may be directed to or combinedwith supplementary multimedia requests that may be directed to a shareditem within the multimedia management system. In one embodiment, a userof the multimedia management system may permit a shared item tointegrate with this supplementary multimedia request. An example of thismay be when a user is navigating through directories, applications,platforms, or other networks that function to combine multiple usersbased upon location, preferences, and/or backgrounds.

In one embodiment, the multimedia management system may comprise amultimedia device, the multimedia device including communicably coupledtogether a memory programmed with a mobile application. The multimediadevice may also include a processor module configured to execute saidmobile application. In one embodiment, the multimedia device of thissystem may be configured as a telephony device, which may furtherinclude a digital camera.

Further still, the multimedia device may include a wirelesscommunication module configured to communicate over a wirelesscommunication link, and a first multimedia capture device configured tocapture a first video and a second video. In addition, the mobileapplication may be configured to transmit the first video and the secondvideo over the wireless communication link via the wirelesscommunication module.

The multimedia management system may also comprise a backend servercommunicably coupled to the multimedia device via the wirelesscommunications link. The backend server may be configured to execute apersistent internet accessible request protocol, the persistent internetaccessible request protocol configured to communicate a stored video toa remote media device over an internet connection and in response to avideo/image request.

The backend server may also be configured to receive the first video,and to store the first video as the stored video. On the backend server,the stored video may be limited to a maximum duration, where the maximumduration may be predefined or configured by the backend server. Inaddition, the backend server may also be configured to augment or extendthe maximum duration by a predefined timeframe. This extension may allowthe system to provide additional storage or digital content sharingcapabilities for a user as an upgrade option or alternativeconfiguration. Further still, the backend server may be configured toreceive the second video, to store the second video as the stored video,replacing the first video with the second video.

The multimedia management system may include receiving images or videocontent from a second multimedia capture device configured to capture athird video, and further configured to transmit the third video to thebackend server. The persistent internet accessible request protocol mayfurther be configured to receive the third video, to store the thirdvideo as the stored video, replacing the second video with the thirdvideo.

The video/image request of the remote media device may be made via afirst social media platform or a second social media platform. Thepersistent internet accessible request protocol may be furtherconfigured to adapt the stored video communicated over the internetconnection to the second social media platform. The persistent internetaccessible request protocol may also be configured to integrate thestored video with a multimedia item not stored on the backend server.This may allow the system to further expand in scope with growingtechnology needs, expanding platform functionality, and networkdevelopments. The persistent internet accessible request protocol mayalso include an application programming interface (API) configured toadapt the persistent internet accessible request protocol, wherein theAPI may be further configured to integrate the stored video on differingnetwork platforms. In some embodiments the backend server receives textdata that is associated with a specific video or a specific data andstores the text data as associated with a specific content file. Thetext data may be a description of the video or image, or text to beassociated with the video or image.

In some embodiments the stored video or image content may be deliveredas static content, rather than dynamic content, when the backend serverreceives a call for the content from a social media platform or otherplatform. This may allow a user to update content on the backend server,and then post the link or persistent internet accessible requestprotocol to the content on social media with the current content sharedand stored on social media. Then if the user updates the content on thebackend server, the content on social media will not change, as thecontent was shared as a static delivery, and not as a dynamic deliveryonly showing the current stored image or video content. The call to thebackend server may be from an embedded persistent internet accessiblerequest protocol where the backend server will deliver the currentversion of the stored image or video content where the webpage with thepersistent internet accessible request protocol calls the backend serverevery time a viewer views the webpage. The call to the backend servermay be a request for the actual content file as a persistent internetaccessible request protocol request for the actual current stored imageor video content, rather than a persistent internet accessible requestprotocol that calls the backend server each time a viewer views awebpage.

Referring now more specifically to the drawings by numerals ofreference, there is shown in FIGS. 1-3, various views of someembodiments of an internet accessible multimedia management system 100.

FIG. 1 shows an internet accessible multimedia management system 100,according to an embodiment of the present disclosure. Here, the internetaccessible multimedia management system 100 may be beneficial for use bya user for hosting and remotely managing multimedia content. Asillustrated, the internet accessible multimedia management system 100may include a multimedia device 110 including communicably coupledtogether a memory 112 programmed with a computer application 200, aprocessor module 114 configured to execute the computer application 200,a wireless communication module 116 configured to communicate over awireless communication link 50, and the multimedia device 110 mayinclude a video/image capture device 118 to capture a first video/image71 and a second video/image 72. The computer application 200 may beconfigured to transmit the first video/image 71 and the secondvideo/image 72 over the wireless communication link 50 via the wirelesscommunication module 116. The computer application 200 may be a mobileapplication (or app) or a desktop application.

The internet accessible multimedia management system 100 may furtherinclude a backend server 120 communicably coupled to the multimediadevice 110 via the wireless communications link 50, the backend server120 configured to execute a persistent internet accessible requestprotocol 250. The persistent internet accessible request protocol 250may be configured to communicate stored video/image content 75 to aremote media device 80 over an internet connection 90 and in response toa video/image request 70. The backend server 120 may also be configuredto receive the first video/image 71, and to store the first video/image71 as the stored video/image content 75. Further still, the backendserver 120 may be configured to receive the second video/image 72 and tostore the second video/image 72 as the stored video/image content 75,thereby replacing the first video/image 71 with the second video/image72.

The video/image request 70 of the internet accessible multimediamanagement system 100 may be executed by a first social media platform282 configured to communicating through or in conjunction with a remotemedia device 80 over an internet connection 90. The video/image request70 of the internet accessible multimedia management system 100 may alsobe executed by a second social media platform 284 configured tocommunicate through or in conjunction with a remote media device 80 overan internet connection 90.

FIG. 2 is a flow diagram illustrating a method of providing 500video/image content across a plurality of platforms, according to anembodiment of the present disclosure. In particular, the method ofproviding 500 may include one or more components or features of theinternet accessible multimedia management system 100 as described above.As illustrated, the method of providing 500 video/image content across aplurality of platforms may include the steps of: step one 501, insertinga call into a remote media device, the call configured to initiate avideo/image request to a persistent internet accessible request protocolexecutable on a backend server; step two 502, communicating the firstvideo/image to the backend server via a wireless communication link;step three 503, storing the first video/image in the backend server as astored video/image content; step four 504, making the video/imagerequest for the stored video/image content to the backend server byselecting the call inserted in the remote media device; step five 505,receiving and playing the first video/image as the stored video/imagecontent, by the remote media device; step six 506, capturing a secondvideo/image, and communicating the second video/image to the backendserver; step seven 507, storing the second video/image in the backendserver as the stored video/image, replacing the first video/image as thestored video/image content; step eight 508, making the video/imagerequest for the stored video/image content to the backend server byselecting the call inserted in the remote media device; and step nine509, receiving and playing the second video/image as the storedvideo/image content, by the remote media device in response to thevideo/image request.

FIG. 3 is a flow chart diagram illustrating a method 600 according tosome embodiments. A backend server may establish an executable internetaccessible request protocol that responds to a call to the backendserver by delivering the stored video/image content (step 601). The callmay be used by multiple media servers that are communicatively coupledto the backend server. A call may be from a social media platform.Responding to the call to the backend server from the remote mediadevice may include responding to a single command line from each of theplurality of media servers to deliver the stored video content to theplurality of media servers. The executable internet accessible requestprotocol may include an application programming interface (API)configured to adapt the executable internet accessible request protocol.

The backend server may determine if a new video/image has been receivedthat is associated with the executable internet accessible requestprotocol (step 602). If no new video/image has been received the backendserver may continue to monitor for new video/image content. If newvideo/image content is received, the backend server may determine if thestored video/image content will be replaced or modified (step 603). Whenthe executable internet accessible request protocol is established,stored video/image content may be associated with the executableinternet accessible request protocol, or no video/image content may beassociated with the executable internet accessible request protocol. Ifthere is no video/image content associated with the executable internetaccessible request protocol, then the backend server may store the newvideo/image as the stored video/image content when a first video/imageis received. If there is existing video/image content, then the backendserver may replace the stored video/image content and store the newvideo/image content as the stored video/image content (step 604). A usermay establish a setting for all new video/image content to replace oldvideo/image content.

An example application of step 604 is a restaurant that may change amenu seasonally or daily based on available items. The restaurant mayupload a new image or video from a multimedia device, such as a desktopcomputer, a tablet, laptop or mobile device. The new image or video mayshow the current menu. The backend server may automatically replace thenew image or video showing the current menu with the previous storedvideo/image content. In the example of the restaurant, the uploadedimage or video of the menu will be displayed on the website of therestaurant, or on a social media profile, or other location where theinternet accessible request protocol associated with the user profile isused on a website. If the restaurant owner has multiple websites andmultiple social media profiles that all use the same internet accessiblerequest protocol, then all of these will be updated by one update to thebackend server with a new video or image uploaded.

The backend server may modify the stored video/image content with thenew video/image content (step 605). The modification may include addingthe new video/image content to the stored video/image content. Thebackend server may deliver multiple videos or images in many differentformats. For example, the backend server may deliver multiple images ina slider motion format, where a first image is shown and then slides toone side of the screen while a new image slides into the position of thefirst position. The backend server may modify the stored video/imagecontent by replacing one of multiple videos or images in a group ofvideos or images delivered as the stored video/image content.

As an example, application of step 605, a website owner may produce newvideo or image content on a regular basis, such as daily, weekly ormonthly. The website owner may establish a setting associated with theexecutable internet accessible request protocol where a specific numberof images or videos will be shown on a page of the owners website in alooping fashion so that when the last video/image in the list is shown,the first video or image in the list is shown next and continues in acontinuous loop. In some embodiments the loop may not have a set numberother than the total number of videos or images stored as the storedcontent. The backend server may change the stored video or image contentby replacing the video or image that is shown first, and then show allprevious videos or images in a loop. The website owner may upload newimage/video content and the backend server may replace the oldestvideo/image with the new video/image content. In this example thewebsite owner may save time and effort by uploading a single video orimage and will have the latest content displayed on the website withouttime consuming or expensive modifications of a website. In this examplethe website owner does not need to make any modifications to thewebsite, which continues to call the backend server for the storedvideo/image content whenever the website is accessed.

In some embodiments the decision to replace or modify the video/imagecontent (step 603) may be indicated by a user each time new video/imagecontent is loaded. The user may indicate with the upload how the newvideo/image will replace or modify the current stored video/imagecontent.

The backend server may respond to a call from a remote media device bydelivering the stored video content for a content page, accessiblethrough the internet, from the backend server to the remote media device(step 606). The backend server may continue to monitor for newvideo/image content that is associated with the established executablerequest protocol.

The methods and systems disclosed may allow a user to use a firstmultimedia device connected to the internet, to upload a firstvideo/image, and have the backend server store that first video/image asthe stored video/image content. The user may use a computer applicationwhere they log in to establish their user identification or credentials.The user may be assigned an executable request protocol that is a lineof code that calls the backend server to deliver the stored video/imagecontent. The user may use the executable request protocol on the user'swebsite, or on a portion of a website controlled, at least in part, bythe user. The backend server may deliver the first video/image as thestored video/image content as a first version of the user's website. Theuser may use the first multimedia device or a second multimedia deviceto send a second video/image to the backend server. The secondvideo/image may replace or be added to the first video/image as thestored video/image content. In this example, without making any changesto the user's website, a second version of the user's website can bedisplayed showing the second video/image included in the storedvideo/image content. Similarly, a third video/image may be uploaded toproduce a third version of a user's web site.

It should be noted that the steps described in the method can be carriedout in many different orders according to user preference. The use of“step of” should not be interpreted as “step for”, in the claims hereinand is not intended to invoke the provisions of 35 U.S.C. § 112(f). Itshould also be noted that, under appropriate circumstances, consideringsuch issues as design preference, user preferences, marketingpreferences, cost, structural requirements, available materials,technological advances, etc., other methods for the multimediamanagement system 100, are taught herein.

The embodiments described herein are exemplary and numerousmodifications, variations and rearrangements can be readily envisionedto achieve substantially equivalent results. Further, the purpose of theforegoing abstract is to enable the U.S. Patent and Trademark Office andthe public generally, and especially the scientist, engineers andpractitioners in the art who are not familiar with patent or legal termsor phraseology, to determine quickly from a cursory inspection thenature and essence of the technical disclosure of the application.

What is claimed is:
 1. A method of providing video content through aninternet accessible multimedia management system including: a firstmultimedia device including communicably coupled together a memoryprogrammed with a computer application, a processor module configured toexecute said computer application, and a wireless communication moduleconfigured to communicate over a wireless communication link; a backendserver communicably coupled to the first multimedia device via thewireless communication link, and a remote media device communicablycoupled to the backend server; the method including: receiving by thebackend server a first video from the first multimedia device over thewireless communication link using the wireless communication module;storing in the backend server a stored video content including the firstvideo; establishing on the backend server an executable internetaccessible request protocol that responds to a call to the backendserver by delivering the stored video content; responding to the call tothe backend server from the remote media device by delivering the storedvideo content for a content page, accessible through the internet, fromthe backend server to the remote media device; receiving by the backendserver a second video from the first multimedia device; replacingautomatically by the backend server the stored video content to includethe second video by storing in the backend server the stored videocontent including the second video; delivering, by the backend server, asecond version of the content page without changing the call to thebackend server.
 2. The method of claim 1 wherein the stored videocontent includes the first video and the second video.
 3. The method ofclaim 2 wherein the stored video content is delivered in a continuousloop.
 4. The method of claim 1 wherein the internet accessiblemultimedia management system further includes a plurality of mediaservers communicatively coupled to the backend server; wherein theresponding to the call to the backend server from the remote mediadevice includes responding to a single command line from each of theplurality of media servers to deliver the stored video content to theplurality of media servers.
 5. The method of claim 1 wherein theinternet accessible multimedia management system includes: a secondmultimedia device including communicably coupled together a secondmemory programmed with the computer application, a second processormodule configured to execute said computer application, and a secondwireless communication module configured to communicate over thewireless communication link; the method further comprising: receiving athird video by the backend server from the second multimedia device;replacing automatically by the backend server the stored video contentto include the third video by storing in the backend server the storedvideo content including the third video; delivering, by the backendserver, a third version of the content page without changing the call tothe backend server.
 6. The method of claim 1, wherein the call to thebackend server of the remote media device is received from a firstsocial media platform.
 7. The method of claim 1, wherein the executableinternet accessible request protocol includes an application programminginterface (API) configured to adapt the executable internet accessiblerequest protocol.
 8. The method of claim 7, wherein the applicationprogramming interface is further configured to integrate the storedvideo content on differing network platforms.
 9. The method of claim 1further comprising: setting a maximum duration, by the backend server,for the stored video content.
 10. The method of claim 1, furthercomprising: integrating, with the executable internet accessible requestprotocol, the stored video content with a multimedia item not stored onthe backend server.
 11. A method of providing image content through aninternet accessible multimedia management system including: a firstmultimedia device including communicably coupled together a memoryprogrammed with a computer application, a processor module configured toexecute said computer application, and a wireless communication moduleconfigured to communicate over a wireless communication link; a backendserver communicably coupled to the first multimedia device via thewireless communication link, and a remote media device communicablycoupled to the backend server; the method including: receiving by thebackend server a first image from the first multimedia device over thewireless communication link using the wireless communication module;storing in the backend server a stored image content including the firstimage; establishing on the backend server an executable internetaccessible request protocol that responds to a call to the backendserver by delivering the stored image content; responding to the call tothe backend server from the remote media device by delivering the storedimage content for a content page, accessible through the internet, fromthe backend server to the remote media device; receiving by the backendserver a second image from the first multimedia device; replacingautomatically by the backend server the stored image content to includethe second image by storing in the backend server the stored imagecontent including the second image; delivering, by the backend server, asecond version of the content page without changing the call to thebackend server.
 12. The method of claim 11 wherein the stored imagecontent includes the first image and the second image.
 13. The method ofclaim 12 wherein the stored image content is delivered in a continuousloop.
 14. The method of claim 11 wherein the internet accessiblemultimedia management system further includes a plurality of mediaservers communicatively coupled to the backend server; wherein theresponding to the call to the backend server from the remote mediadevice includes responding to a single command line from each of theplurality of media servers to deliver the stored image content to theplurality of media servers.
 15. The method of claim 11 wherein theinternet accessible multimedia management system includes: a secondmultimedia device including communicably coupled together a secondmemory programmed with the computer application, a second processormodule configured to execute said computer application, and a secondwireless communication module configured to communicate over thewireless communication link; the method further comprising: receiving athird image by the backend server from the second multimedia device;replacing automatically by the backend server the stored image contentto include the third image by storing in the backend server the storedimage content including the third image; delivering, by the backendserver, a third version of the content page without changing the call tothe backend server.
 16. The method of claim 11, wherein the call to thebackend server of the remote media device is received from a firstsocial media platform.
 17. The method of claim 11, wherein theexecutable internet accessible request protocol includes an applicationprogramming interface (API) configured to adapt the executable internetaccessible request protocol.
 18. The method of claim 17, wherein theapplication programming interface is further configured to integrate thestored image content on differing network platforms.
 19. The method ofclaim 11 further comprising: setting a maximum duration, by the backendserver, for the stored image content.
 20. The method of claim 11,further comprising: integrating, with the executable internet accessiblerequest protocol, the stored image content with a multimedia item notstored on the backend server.